By Quasi Metrology and Hengsheng Weiye, automatic high-precision enabling liquid level meter verification new chapter

Recently, Sichuan Zizhen Inspection and Testing Group Co., LTD. (hereinafter referred to as "Zizhen Measurement") successfully completed the acceptance of the liquid level meter verification device purchased by Beijing Hengsheng Weiye Technology Co., LTD., marking a solid step forward in the cooperation between the two sides, jointly providing a new traceability standard for improving the accuracy and efficiency of measurement and testing.

The liquid level meter verification device introduced this time provides an efficient solution for the contradiction between the demand for high-precision measurement and the cumbersome verification process, which is the key pain point encountered in the daily work of the quasi-metrology. The device integrates high-precision measurement technology and can automatically complete the calibration and testing of various specifications of Liquid Level Gauges, which not only greatly shortens the verification cycle, but also effectively reduces the human error and ensures the accuracy and consistency of the verification results.

HSIN8000 real standard method liquid level meter verification device adopts high-precision sensing technology to achieve high-sensitivity capture of liquid level changes to ensure that each verification can meet the industry high standards. The automatic process reduces manual operation, speeds up the verification speed, and meets the needs of rapid verification of large quantities of liquid level gauges.

This cooperation is not only a strong supplement to the technical strength of the quasi metrology, but also a strong proof of the product performance and service quality of Hengsheng Weiye liquid level calibration device. In the future, the two sides will continue to deepen cooperation, explore more innovative applications in the field of measurement and testing, and jointly promote the development of the industry to a more precise and efficient direction.